II ;P-CAD 2001 Schematic V16.01.06 P-CAD 2001 Schematic Binary (Rev 5)  16.01.06  Binary OLD_LICENSE_INFORMATION 16.01.06 {4F16B4E0-779C-11D6-9FAD-F0B2FFC9A52F}  d -   / ހS   .< MultiLayerSheet  ? .3  Sheet1  p4I tfJY ?   )   QUALITY 0 8c  Default text style  (Default)  )   QUALITY  LY  Pin Attribute style   (PinStyle)  )   Quality LO Y   Arial < M      Part Attribute style   (PartStyle)  )   QUALITY PS LY  Wire Attribute style   (WireStyle)  )   QUALITY PS LY  Port Name style   (PortStyle)  )   QUALITY 0 8c Y   Arial < M      True type font text styl   (DefaultTTF)  )   QUALITY 0 8c Y(   Times New Roman PO D        (DefaultTTF) [1]  )   QUALITY | Ԕ  T:H90W15   T:H90W15  )   QUALITY LO  Part Attribute style   (PartStyle) [1]  ,A AT90S2313 < Awilliemadeusdoit  U  ATMEL ASIC SIMPLE EPLD.LIB    AT90S2313   U1  11 PD_6     13 F1     16 F4     19 F7     20 VCC     12 F0     14 F2     15 F3     17 F5     18 F6     9 PD_5     6 INT_0     3 PD_1     1 reset     2 PD_0     4 XTAL_1     5 XTAL_2     7 PD_3     8 PD_4     10 GND      Value +   w`  T   | )c  OriginalName 5  AT18V8Z-25JC   U    aa  Description + & Zero-Standby Power 20-Pin EPLD   V    aaRB  ComponentField7 5  Published 24-Nov-2000   W    aa/ A CRYSTAL . Awilliemadeusdoit  X DISCRETE.LIB     DISCRETE_128_N   X1  A A      B B       Description 5  Crystal    D  [   H  pg  Value 5  6 MHz  w` [1 \  0 p A RES . Awilliemadeusdoit  R DISCRETE.LIB     DISCRETE_135_N   R1  A A      B B       Description 5  Resistor    D  `   H wd pg  Value 5  330  P s! a  HԱ        RES300 A RES . Awilliemadeusdoit  R DISCRETE.LIB     DISCRETE_135_N   R2  A A      B B       Description 5  Resistor    D  f   H wd pg  Value 5  1,2 MOm  P s! g  HԱ W       RES300 A LED . Awilliemadeusdoit  D DISCRETE.LIB     DISCRETE_132_N   D1  A A      K K       Description 5  Light Emitting Diode    D  l   H ]pg  Value 5   w` O9 m  $ )c       LED100 A CAP . Awilliemadeusdoit  C DISCRETE.LIB     DISCRETE_127_N   C1  A A      B B       Description 5  Capacitor    D  r   H Sog  Value 5   _p g) s  <ȹ  s       CAP100 A CAP . Awilliemadeusdoit  C DISCRETE.LIB     DISCRETE_127_N   C2  A A      B B       Description 5  Capacitor    D  x   H Sog  Value 5  30  _p g) y  <ȹ  :       CAP100 A CAP . Awilliemadeusdoit  C DISCRETE.LIB     DISCRETE_127_N   C3  A A      B B       Description 5  Capacitor    D  ~   H Sog  Value 5  30  _p g)   <ȹ  :       CAP100 A GNDEARTH 0 Awilliemadeusdoit  PWR  DISCRETE.LIB     DISCRETE_54_N  PWR1  1 EARTH       Description 5  Earth Ground  <   rMM A GNDEARTH 0 Awilliemadeusdoit  PWR  DISCRETE.LIB     DISCRETE_54_N  PWR2  1 EARTH       Description 5  Earth Ground  <   rMM A TRIAC . Awilliemadeusdoit  Q DISCRETE.LIB     DISCRETE_158_N  Q1  G G      T1 T1      T2 T2       Description 5  TRIAC    D    H [ og  Value 5  BT 138-600  w` CA    < A GNDEARTH 0 Awilliemadeusdoit  PWR  DISCRETE.LIB     DISCRETE_54_N  PWR3  1 EARTH       Description 5  Earth Ground  <   rMM A CAP . Awilliemadeusdoit  C DISCRETE.LIB     DISCRETE_127_N  C4  A A      B B       Description 5  Capacitor    D    H Sog  Value 5  0,1  _p g)  <ȹ  F       CAP100 A RES . Awilliemadeusdoit  R DISCRETE.LIB     DISCRETE_135_N   R3  A A      B B       Description 5  Resistor    D    H wd pg  Value 5  100 k  P s!  HԱ        RES300 A GNDEARTH 0 Awilliemadeusdoit  PWR  DISCRETE.LIB     DISCRETE_54_N   PWR4  1 EARTH       Description 5  Earth Ground  <   rMM A CAP . Awilliemadeusdoit  C DISCRETE.LIB     DISCRETE_127_N   C5  A A      B B       Description 5  Capacitor    D    H Sog  Value 5  100  _p g)  <ȹ  X$       CAP100 A GNDEARTH 0 Awilliemadeusdoit  PWR  DISCRETE.LIB     DISCRETE_54_N   PWR5  1 EARTH       Description 5  Earth Ground  <   rMM A RES . Awilliemadeusdoit  R DISCRETE.LIB     DISCRETE_135_N   R4  A A      B B       Description 5  Resistor    D    H wd pg  Value 5  1,5 MOm  P s!  HԱ W       RES300 A CAP100RP . Awilliemadeusdoit  C DISCRETE.LIB     DISCRETE_213_N   C6  MINUS MINUS      PLUS PLUS       Description 5 " Radial Polarized Capacitor    D    H pg  Value 5  470 x 6,3  _p g)  <ȹ  )       CAP100RP A GNDEARTH 0 Awilliemadeusdoit  PWR  DISCRETE.LIB     DISCRETE_54_N   PWR6  1 EARTH       Description 5  Earth Ground  <   rMM A DIODE . Awilliemadeusdoit  D DISCRETE.LIB     DISCRETE_162_N   D2  A A      K K       Description 5  Diode    D    H < pg  Value 5   w` g)  <ȹ )c       DO-35 A DIODE . Awilliemadeusdoit  D DISCRETE.LIB     DISCRETE_162_N   D3  A A      K K       Description 5  Diode    D    H < pg  Value 5  5,6 v  w` g)  <ȹ #       DO-35 A RES . Awilliemadeusdoit  R DISCRETE.LIB     DISCRETE_135_N   R5  A A      B B       Description 5  Resistor    D    H wd pg  Value 5  430 1W  P s!  HԱ        RES300 A CAP . Awilliemadeusdoit  C DISCRETE.LIB     DISCRETE_127_N   C7  A A      B B       Description 5  Capacitor    D    H Sog  Value 5  0,1 x 630v  _p g)  <ȹ         CAP100 A RES . Awilliemadeusdoit  R DISCRETE.LIB     DISCRETE_135_N   R6  A A      B B       Description 5  Resistor    D    H wd pg  Value 5  1,5 MOm  P s!  HԱ W       RES300 A CAP . Awilliemadeusdoit  C DISCRETE.LIB     DISCRETE_127_N   C8  A A      B B       Description 5  Capacitor    D    H Sog  Value 5  0,33 mk x 400 v  _p g)  <ȹ  '       CAP100 A FUSE . Awilliemadeusdoit  F DISCRETE.LIB     DISCRETE_129_N   F1  A A      B B       Description 5  Fuse    D    H  og  Value 5  3,5 A  w` s!  HԱ a A SHEETOUT / Awilliemadeusdoit SH  DISCRETE.LIB     DISCRETE_57_N   SH1   Description 5 $ Sheet Connector (NO REF DES)  P  % hayk; A SHEETOUT / Awilliemadeusdoit SH  DISCRETE.LIB     DISCRETE_57_N   SH2   Description 5 $ Sheet Connector (NO REF DES)  P  % hayk; A GNDEARTH 0 Awilliemadeusdoit  PWR  DISCRETE.LIB     DISCRETE_54_N   PWR7  1 EARTH       Description 5  Earth Ground  <   rMM A CAP100 . Awilliemadeusdoit  C DISCRETE.LIB     DISCRETE_205_N   C9  A A      B B       Description 5  Capacitor    D    H Sog  Value 5  100  _p g)  <ȹ  X$       CAP100 A RES . Awilliemadeusdoit  R DISCRETE.LIB     DISCRETE_135_N  R7  A A      B B       Description 5  Resistor    D    H wd pg  Value 5  1,2 MOm  P s!  HԱ W       RES300 A CAP . Awilliemadeusdoit  C DISCRETE.LIB     DISCRETE_127_N  ! C10  A A      B B       Description 5  Capacitor    D    H Sog  Value 5   _p g)  <ȹ  s       CAP100 A RES . Awilliemadeusdoit  R DISCRETE.LIB     DISCRETE_135_N  " R8  A A      B B       Description 5  Resistor    D    H wd pg  Value 5  1,2 MOm  P s!  HԱ W       RES300 A CAP . Awilliemadeusdoit  C DISCRETE.LIB     DISCRETE_127_N  # C11  A A      B B       Description 5  Capacitor    D  !   H Sog  Value 5  0,1  _p g) "  <ȹ  F       CAP100 A RES . Awilliemadeusdoit  R DISCRETE.LIB     DISCRETE_135_N  $ R10  A A      B B       Description 5  Resistor    D  l   H wd pg  Value 5  200  P s! m  HԱ        RES300 A CAP100RP . Awilliemadeusdoit  C DISCRETE.LIB     DISCRETE_213_N  % C12  MINUS MINUS      PLUS PLUS       Description 5 " Radial Polarized Capacitor    D    H pg  Value 5  470 x 6,3  _p g)  <ȹ  )       CAP100RP  \    FZ ?  X"   NET00008  "   NET00009  "   NET00012  "   NET00003  "   NET00004  "   NET00000  "   NET00007  "   EARTH  "  NET00010  "  NET00011  "  NET00013  "  NET00014  "   NET00001  "   NET00002  "   NET00006  "   NET00015     $ q r  (Default) |   x A Date x B Current Date x C Time x D Current Time x E Author x F Revision x G Filename x H Title x J Sheet Number x K Number Of Sheets x L Approved By x M Checked By x N Company Name x O Drawing Number x P Drawn By x Q Engineer x R Modified Date x T Note x U Revision Note x V GUID x a Layer Name x a Sheet Name t  t   /  f       s  `- B  8c  f P- f M      `- /  f @&     T'% `-  8c  Pb8 p6     8ԣ6O L /  f A      vB @ `- /  0       s " /  0 A      vB @" B  8c         s p q /        s  q /       s E p B  8c 0        @' 0S B  8c 0  @& @&      T'% 0S /  A      vB @P0S/  6     PpH5p6/  6     @'H5p6B  8c 0  6 6     P@'H5p6 /  U 6   d   p6H5JTU/  @d M      cWe/  @d 6      p6H5cWe/  0w 6      p6H5+wx S+   P      D  0  I   !   X !3I ML  F  I 09  "   >93I JAL B  8c 0  0  0 l    #   `3  " B  8c 0  0 pn* 0 A   $   vB )"  DISCRETE_54_N 0     %   0S @$ ,  0   l  1      '   >Ȍ  o  EARTH      (    X]    &    0 (4  8c  \" l  l   )   T;  @$  8c  D2 ̄ \" l   *   0S S  8c  h ̄ l   +   0S <  8c   ̄ l   ,   0S @$   Type 5  GNDEARTH   (U  -   LTH  RefDes 5  PWR1    .   Q|GG  Description 5  Earth Ground   /   U RN B  8c  N. "   0   /!D /  "   1   t#!D B  8c 0     `   2   s q B  8c 0  +  K    3   @ 0 E p /  "   4   t#!E p B  8c  l  +       `3 `e P0S B  8c 0  @& N.   6   /%  s B  8c   6 A   7   vBH5P0S /  P-+    S   @ `e f/  @&+      @ `e %T'/  @&`      В  %T'B  8c  6 6   8   GH5p6 B  8c  .2  .2`      В E `h1@2 /  .2`      В  `h1@2B  8c 0  A AE  9   0VFp @ vB  8c  #  oI     W ٱ T>IMB  8c 0  UA U 6   g   vBH5JTU B  8c 0  0wl  0w M       +wx /  0wl       `3  +wxB  8c 0  l   M       P̂0Y /  l       `3  P̂0YB  8c  "    ?   t#@'D  DISCRETE_54_N  0    0   @   1 8 ,  0     K  1       B   i xk sj $  EARTH     0   C   D p 7X    A   0 W  8c  K  4 K   D   <}  P  8c  |c  K   E   <} 1 8  8c  |c   K   F   <} 1 \  8c   |c  4 K   G   <} 1 q   Type 5  GNDEARTH   L 3  H   p 1 RefDes 5  PWR4    0  I   [ i ( $  Description 5  Earth Ground   0  J    | q; B  8c 0  "    K   t#@'E p B  8c   @        s  DISCRETE_54_N  0   P-0   V   1 x#G ,  0    P-K  1    P-   [   i xk d EARTH    P-0   \   D p w(   Z   0 V  8c  ,EK  tK   ]   <}  G 8c  U|c  ,EK   ^   <} 1 x#v 8c  8=|c  P-K   _   <} 1 ^ 8c  \%|c  tK   `   <} 1 G   Type 5  GNDEARTH   3  W   p $kq,3 RefDes 5  PWR7   P-0  X   [ i d Description 5  Earth Ground  P-0  Y    | "q, B  8c  .2@  .2K       `h1@2 B  8c 0  `=@& `=l       T' =Е>  8c  A0  Apk      9 }A,A 8c  oIpk  oI0      9 T>IIB  8c  U`  U"      t# JTU  8c  Ql  Ql@      = Y  l /  E 6   {   p6H5PD0VFB  8c  E 6 6 6   |   p6H5H50VF  S-   tP      D s(x 8c  \  Ql      = d D\" U  DISCRETE_127_N  0         @Y V  ,  0     B          ( { E  B     p       [m 8X       p W ,  0     0  A     q       E  A     %     Ԋ 8X     @Y% W  8c  <   ̬      Y    8c  }  4 }      xK P  8c           d ty  8c   0   }       xK ty   RefDes 5  C5    c       '  L   Value 5  100   0        V v  Type 5  CAP    3      א Xg p  Description 5  Capacitor        =!q; v B  8c   E     0VFp p  DISCRETE_127_N 0   J E     @\?0 "O ,  0  J 6 B   J 3     (3{0  B    J p6     9[p6H       p60 s ,  0   J 09 A    J t<    ><  A    J (9    ԍ96H      @\?(9 s  8c  <  J ̯2     7\6 . f  8c  a 8 D2 8     8xN8`0 c  8c  J 7 J 6     7d5 {  8c  J 09 J 8     :xN8 {   RefDes 5  C4     7     ';4\ "O  Value 5  0,1   @B 7     z;4  Type 5  CAP    7    ד=Xj28 <  Description 5  Capacitor   J E    =W! E   DISCRETE_54_N 0   J 09     34+H@ c ,  0   J N. 1    J 0     l3xn0 4  EARTH    J 0-     D-p"G       30- s  8c  a N. D2 N.     <..`0 c  8c  q |f+ a N.     <.4+H@  8c  Z |f+ J N.     <.4+l( {  8c  ,B |f+ D2 N.     <.4+ c   Type 5  GNDEARTH   \" 6,    2p+ AI  RefDes 5  PWR3   J 09    ^>l9 4,  Description 5  Earth Ground  J 09    >9  DISCRETE_54_N 0        0S( % ,  0   l  1         >Ȍ c q  EARTH          ' ^         5  8c  # l  $ l      T; @ %  8c  3 ̄ # l      0S( xU  8c   ̄ l      0SL =  8c   ̄ $ l      0Sp %   Type 5  GNDEARTH   < (U     LI !  RefDes 5  PWR2       Q|Glj  Description 5  Earth Ground      Ua O  DISCRETE_135_N  0   l      p9   ,  0   +  B        K L  B    @      ا + ( ^       @ 5 ,  0    `  A    LQ    @8 L  A         k ( ^     p9 5  8c   #  +      xU 4 L =  8c      #      E @ L -  8c            5 X L -  8c   $         % p L -  8c   <   $       L -  8c   T   <       L -  8c  `   T      d -   RefDes 5  R3    t       '  0X   Value 5  100 k   ,       ;H rp  Type 5  RES         א Xg T  Description 5  Resistor   l     I P a  DISCRETE_127_N  0   "     z@   ,  0   P- B   d     x   L  B         X( ^       @  5 ,  0     A    l    `X- L  A     G    $( ^      zG 5  8c  <       z (  8c  # d $ d     l@ %  8c  X P-     d =  8c   d     ?ld =   RefDes 5  C2    h     w1W 

"a B  8c 0  +  P-+    U   @ `e P  DISCRETE_127_N # 0   P-  a   @Y R2 ,  0 #  P-  B   P-   g   ( { <m B    P-p   h    [m x)   f   p V,  0 #   P-0  A    P-q  j     <m A    P-%  k   Ԋ x)  i   @Y% V  8c  <  P-̬   l   Y PPI 8c  ,E}  t}   m   xK G 8c  P-  P-   n   d ^ 8c  P-0  P-}   o    xK ^   RefDes 5  C11       b   6F qR2 Value 5  0,1   p%   c   w  Type 5  CAP      d   =  A" Description 5  Capacitor   P- e   =!% B  8c  " "      t#!E 0S  DISCRETE_213_N % 0   @&     R 9B/ ,  0 %   @&0  PLUS    @&q  %   j ,)&* PLUS    @&%  &   Ԋ r h;$(  $   @Y% :$',  0 %  @&  MINUS   @&   (   ( T ,)&* MINUS    @&p   )   0\m h;$(   '   p :$'  8c  <  @&̬   *   Y @r#@) 8c  X~(8e  X~( u   +   Ԗ C L(( 8c  L',m  dv),m   ,   Ȟ ; T' ) 8c  #}  dv)}   -   xK t# ) 8c  @&  @&   .   d \&ܿ& 8c  @&0  @&}   /    xK \&ܿ&   Type 5  CAP100RP    0    VK Ģ/c5 Value 5  470 x 6,3   `"   !   R 9" RefDes 5  C12    F*   "   6F |)B/ Description 5 " Radial Polarized Capacitor   @& #   Ť9 &Z+ B  8c 0  @&`  .2`      В  %@2 B  8c  A+  @&+      @ `e % vB B  8c 0  6" 09"      t#!H5:  8c  Ql@  \@      ܼ Y D\bf      =be,  `   @d`  B   @dtG      ۑ ,,dh B    @dВ      hH- h>bf     В   =be  8c  <  @d,m      w @ua@g 8c  @d @dt=     , _dd 8c  @dhE @d`      wĚ _dd 8c  at= dygt=     o wa g   Type 5  CAP100    nx    K `- m,t Value 5  100   ``x      <[` RefDes 5  C9    Ihx     g |gBm Description 5  Capacitor   @d M    !!d]i  DISCRETE_135_N $ 0   U`=     70!!,Lv] ,  0 $  U@& B   UT $     hn$S!lTQY B    UT'     H *&RYcW      T'0!!0R(:V,  0 $   U.2 A    U4    7N4lTQY A    U`h1    t1l/RYcW     7`h10R(:V  8c  h SL' U@&     '\&RBU 8c  Wdv) h SL'     )T'R42W 8c  h S|f+ Wdv)     +D)R42W 8c  WV- h S|f+     0-4+R42W 8c  h SF/ WV-     Hx/$-R42W 8c  W61 h SF/     `h1/R42W 8c  U.2 W61     l`2(1T42W   RefDes 5  R10    W^,     0h(\Wv] Value 5  200   R^,     t0H(,LtR Type 5  RES    <]^,    C1`y',]b Description 5  Resistor   U`=    bM_=TUY  8c  S@  @   #   ܼ Y B  8c  l  l       `3   ~0Y B  8c   l       `3 P ~ y  DISCRETE_127_N ! 0    M  $     `>z— ,  ` !  `  B   tG   *   ۑ -]Ӈ B    В   +   hH- ?  )   В   p?h,  ` !    A    |1 -   ph-]Ӈ A      .   4K, ?  ,    p?h  8c  <  ,m   /   w v 8c  t= zt=  0   o  y 8c  hE `   1   wĚ $a\ă 8c   t=  2   , $a\ă   RefDes 5  C10    @Kx  %   Xr ֆ— Value 5    x  &   * `>z& Type 5  CAP    x '   7Q'  Description 5  Capacitor    M (   !!#^  DISCRETE_135_N  0   0 09     |;܉w & ,    0 " B   0 $)      8 s &  B    0 t#     *&k#X} 9       t#}  ,     0 N. A    0 0    43xn0 &  A    0 0-    D-<'+X} 9      |;0-}   8c  } # 0 "     #t|"|}   8c  Hց 4% } #     %t#|}   8c  } L' Hց 4%     'd%|}   8c  Hց dv) } L'     )T'|}   8c  } |f+ Hց dv)     +D)|}   8c  Hց V- } |f+     0-4+|}   8c  0 N. Hց V-     <.$-    RefDes 5  R6    X~(     g+Gj%`2 &  Value 5  1,5 MOm   \| X~(     _1N(܉w J}  Type 5  RES    v X~(    ."܇   Description 5  Resistor   0 09    I9v   DISCRETE_127_N  0   Et @&     )/@j J} ,    Et  B   Et      s =x  B    Et      nq yv        Pq Hou ,     Et  A    Et r     s =x  A    Et @'    TLq yv      (@'Pq Hou  8c  <  Et L     $/[)q aw  8c  |]q ~ -w ~     0L+q `_w  8c  Et  Et      $t bf      7 )=be,     @d A   @dH     P`Td A    @dP    D!bf     P@ =be  8c  Xfdv) @dpn*     *D)_df 8c  (bL' Xfdv)     )T'obf 8c  Xf4% (bL'     'd%obf 8c  (b# Xf4%     %t#obf 8c  Xf! (b#     #h!obf 8c  (b Xf!     !Pobf 8c  @d (b     Dobd   RefDes 5  R2    a($     9'!J\Eb Value 5  1,2 MOm    g($     2-!H,gl Type 5  RES    \($    2*i `U\ Description 5  Resistor   @dP-    k_ e  SENSOR on\off   P]pk      q  /]tl 8c  @        = Y , 8c  S  S@   !   = Y ! DISCRETE_135_N " 0   P-  3   7@ p? ,  "   pn* B    \,  9   /H,#R B     )  :    *h&?   8   7 )p?h,   "   A   H <    #R A    P =   D!   *D)$at 8c  L' ؂dv)  ?   )T' qt 8c  ؂4% L'  @   'd% qt 8c  # ؂4%  A   %t# qt 8c  ؂! #  B   #h! qt 8c   ؂!  C   !P qt 8c     D   D q\ă   RefDes 5  R8    LҀ($ 4   ^( (izl Value 5  1,2 MOm    ($  5   2-!HN. 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N.      /0-D s  DISCRETE_135_N  0   E`=     70!!l3=M ,  0   E@& B   ET $     hn$S!*E]I B    ET'     H *&).     0">)7,  `  19  N.pn* 19    .2 )     ^.@)K/Wg4 F7    N.pn*     ,Y').     ^.Y')7,  `  20  N. 6 20    .2H5  !   P9!4K/Wg4 VCC    N. 6  "   83};&.      P93};&7,  `  12  N. M 12    .2  $   p=AK/Wg4 F0    N. M  %   8 ).   #   p= )7,  `  14  N.  14    .2G  '   K/Wg4 F2    N.   (   i~).  &   i~)7,  `  15  N. 15    .2@'  *   ѿK/Wg4 F3    N.  +   |^).  )   ^)7, `  17  N." 17    .2!  -   `&1!K/Wg4 F5    N."  .   (=% ).   ,   `& )7, `  18  N.@& 18    .2%  0   ~*a`%K/Wg4 F6    N.@&  1   X))#).   /   ~*)#)7, `  9  MP- 9    l f  3   p   PD_5    MP-  4   g8Q  2   8Q, `  6  M 6    l p  6   /"    INT_0    M  7   \!>a  5   /">a, `  3  Mpn* 3    l  )  9   ^.@)   PD_1    Mpn*  :   ,X'Q  8   ^.X'Q,  `   1  M 6 1    l H5  <   O9 4   reset    M 6  =   83ٟ   ;   O93ٟ,  `  8  M  8    l G  ?      PD_4    M   @   h~Q  >   h~Q,  `  7  M 7    l @'  B   п   PD_3    M  C   |^Q   A   ^Q,  `  5  M" 5    l !  E   _&0!   XTAL_2    M"  F   '=% n   D   _& n,  `  4  M@& 4    l %  H   ~*``%   XTAL_1    M@&  I   W)(#n   G   ~*(#n,  `  2  MN. 2    l 0-  K   >2 -   PD_0    MN.  L   0+Q  J   >2+Q,  `  10  Ml  10    l    N   ?]? i4 u  GND    Ml   O    .   M   ?].  8c  M M09  P   :z~ 8c  N.09 N.  Q   :z.<. 8c  M09 N.09  R   :9<. 8c  M N.  S   ,z<.   Type +  AT90S2313    " M  T   )]&r% Value +      U   ` . RefDes +  U1    09  V   ;?z9ѹ! OriginalName 5  AT18V8Z-25JC  M09 W   >93, Description + & Zero-Standby Power 20-Pin EPLD  M09 X   >9Q ComponentField7 5  Published 24-Nov-2000  M09 Y   >9>  DISCRETE_132_N  0   Epn*  Z   :$pHK:ڄP ,  0    E A    ER! \   # *E]I A    Ep ]   l|"C z  DISCRETE_135_N 0   0wP-     7@ :oN ,    0wpn* B    0w\,     /H,sDWx B    0w )      *h&WuEz      7 )uy,    0w A   0wH     sDWx A    0wP    D!      50800app  254000app    xV    P Attributes atr  F   Component Attributes Net Attributes  RefDes eF     Type aF   Value mF  " OriginalName G  ! Description G  % ComponentField6 G  % ComponentField7 G  % ComponentField1 G  % ComponentField2 G   NetName  sF    5 Bill of Materials bom  >   _Count tF  # ComponentName G     RefDes eF  ! PatternName 'G   Value mF    " OriginalName G  ! Description G  % ComponentField6 G  % ComponentField7 G  % ComponentField1 G  % ComponentField2 G  / Global Nets gnr  >   NetName sF     SheetNum uF  4 Last Used RefDes lud  >   RefDes eF     Value mF    4 Library Contents lct >   3 Parts Locations plc >   RefDes eF     SheetNum uF   LocationX gF   LocationY hF   Rotation iF  / Parts Usage ptu  >   RefDes eF     Type aF  " Unused Parts vF  & ComponentLibrary (G   0 0 p 0 0 p